Record Display for the EPA National Library CatalogRECORD NUMBER: 4 OF 37
|Main Title||Evaluation of Techniques for Algae Removal from Wastewater Stabilization Ponds.|
|Author||Middlebrooks, E. Joe ; Porcella, Donald B. ; Gearheart, Robert A. ; Marshall, Gary R. ; Reynolds., James H. ;|
|CORP Author||Utah Water Research Lab., Logan.;Office of Water Resources Research, Washington, D.C.;National Environmental Research Center, Cincinnati, Ohio.|
|Report Number||PRJEW115-1; DI-14-31-0001-3845 ;EPA-68-03-0281; OWRR-A-015-UTAH;|
|Stock Number||PB-255 238|
|Additional Subjects||Water pollution control ; Sewage treatment ; Algae ; Lagoons(Ponds) ; Coagulation ; Strainers ; Industrial waste treatment ; Effluents ; Pilot plants ; Centrifuging ; Flocculating ; Particles ; Sludge disposal ; Precipitation ; Microorganism control(Sewage) ; Oxidation ; Irrigated land ; Soil microbiology ; Dissolved gases ; Filtration ; Sand filtration ; Chemical removal(Sewage) ; Baffles ; Granular materials ; Chemical removal(Water) ; Biological industrial waste treatment|
The removal of algae from stabilization pond effluent can be accomplished by many methods, and under certain conditions each process can be shown to be economical and operational. A discussion of the most promising procedures proposed as a means of polishing effluents is presented in the following section. Reasons for including or excluding a process from detailed field evaluation and application in small communities are pointed out. The processes and operations discussed are: centrifugation, microstraining, coagulation-flocculation, in-pond removal of particulate matter, complete containment, biological discs, baffles and raceways, in-pond chemical precipitation of suspended materials, autoflocculation, biological harvesting, oxidation ditches, soil mantle disposal, dissolved air flotation, granular media filtration, and intermittent sand filtration.